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	<h3>抓取的数据如下：</h3><hr>
		
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<H2 class=title><A href="http://halo.carrywho.com/archives/92" target=_self>群晖NAS的VideoStation怎样添加dts/eac3/true HD支持</A> </H2>
<DIV class=main-content>项目来源AlexPresso/VideoStation-FFMPEG-Patcher这个脚本文件可以让你的群晖NAS的VideoStation支持以下三种格式组合。[DTS or EAC3 or TrueHD] + [Any non HEVC standard video format]: ✅[no</DIV>
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<LI>5 个月前 </LI>
<LI><I class=ri-eye-line></I>115</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">35.5℃</LI></UL>
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<H2 class=title><A href="http://halo.carrywho.com/archives/89" target=_self>BJT-Based Temperature Sensor</A> </H2>
<DIV class=main-content>BJT-Based Temperature SensorA Sub-1V 810nW Capacitively-Biased BJT-Based Temperature Sensor with an Inaccuracy of ±0.15°C (3σ) from -55°C to 125°CZhon</DIV>
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<LI>7 个月前 </LI>
<LI><I class=ri-eye-line></I>28</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">26.8℃</LI></UL>
<DIV class="level-item is-hidden-mobile"><A href="http://halo.carrywho.com/categories/papers-reading" target=_self>论文阅读</A>&nbsp; </DIV></DIV></DIV><A href="http://halo.carrywho.com/archives/89" target=_self>
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<H2 class=title><A href="http://halo.carrywho.com/archives/88" target=_self>在matlab中使用原始字符串</A> </H2>
<DIV class=main-content>在matlab中使用原始字符串什么是原始字符串原始字符串指的就是字符串中的例如下划线_或者百分号%之类的字符不会被转义的字符串。在text中使用在绘制出波形之后，可以使用Interpreter属性来让标题的字符串是原始字符串。例如下列。fileNames = 'cosim_0x0x_0x&amp;#</DIV>
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<LI>8 个月前 </LI>
<LI><I class=ri-eye-line></I>18</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">25.8℃</LI></UL>
<DIV class="level-item is-hidden-mobile"><A href="http://halo.carrywho.com/categories/matlab" target=_self>Matlab</A>&nbsp; </DIV></DIV></DIV></DIV>
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<H2 class=title><A href="http://halo.carrywho.com/archives/90" target=_self>摄影之调色</A> </H2>
<DIV class=main-content>摄影之调色基本工具栏配置文件导入后可以调整『数量』，来控制浓淡。!! 白平衡色调曝光度整体大幅度地调节画面的明暗，直方图往明暗平移，碰到最亮和最暗时会堆叠挤压作用：确立整体基调对比度整体调节画面，产生对比作用：调节明暗度和对比度+对比度：高反差，不想要亮暗细节-对比度：低反差，要更多中间调细节高光和</DIV>
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<LI>8 个月前 </LI>
<LI><I class=ri-eye-line></I>9</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">24.9℃</LI></UL>
<DIV class="level-item is-hidden-mobile"><A href="http://halo.carrywho.com/categories/photography" target=_self>摄光掠影</A>&nbsp; </DIV></DIV></DIV><A href="http://halo.carrywho.com/archives/90" target=_self>
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<H2 class=title><A href="http://halo.carrywho.com/archives/87" target=_self>AltiumDesigner2022学习版安装指南</A> </H2>
<DIV class=main-content>AltiumDesigner2022学习版安装指南教程地址AD 2022 破解版 Altium Designer 2022 中文下载 64位学习方法解压并打开下载的安装包，双击运行"Installer.Exe"程序进入软件安装向导。点击next。在Select language栏</DIV>
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<LI>9 个月前 </LI>
<LI><I class=ri-eye-line></I>31</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">27.1℃</LI></UL>
<DIV class="level-item is-hidden-mobile"><A href="http://halo.carrywho.com/categories/resource-tutorial" target=_self>资源教程</A>&nbsp; </DIV></DIV></DIV></DIV>
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<H2 class=title><A href="http://halo.carrywho.com/archives/86" target=_self>清除matlab中某个函数的persistent变量</A> </H2>
<DIV class=main-content>清除matlab中某个函数的persistent变量如何清除matlab中某个函数的persistent变量使用clear命令加上函数名，例如clear myFun。这样可以清除myFun函数中声明的所有persistent变量。使用clear命令加上.m文件的名字，例如clear myFile。这</DIV>
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<LI>9 个月前 </LI>
<LI><I class=ri-eye-line></I>11</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">25.1℃</LI></UL>
<DIV class="level-item is-hidden-mobile"><A href="http://halo.carrywho.com/categories/matlab" target=_self>Matlab</A>&nbsp; </DIV></DIV></DIV><A href="http://halo.carrywho.com/archives/86" target=_self>
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<H2 class=title><A href="http://halo.carrywho.com/archives/85" target=_self>DSM中DoubleSampling的实现方式</A> </H2>
<DIV class=main-content>DSM中DoubleSampling的实现方式DoubleSampling的定义double sampling顾名思义，即是双倍采样，在一个时钟周期内针对输入信号采样两次。而想要实现这样的操作，则需要在采样相位PHS与积分相位PHI，均对输入信号进行采样。其中的差异就在于，积分的操作是PHI与PHS</DIV>
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<LI>9 个月前 </LI>
<LI><I class=ri-eye-line></I>0</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">24℃</LI></UL>
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<H2 class=title><A href="http://halo.carrywho.com/archives/84" target=_self>DoubleSampling中的offset cancellation</A> </H2>
<DIV class=main-content>DoubleSampling中的offset cancellation在DSM中DoubleSampling的实现方式中我们已经描述了关于(1+Z-0.5)/(1-Z-0.5)的一种Double Sampling实现方式。CH1与CH2控制的一对chopper在仿真中能够控制DSM输出的offset</DIV>
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<LI>9 个月前 </LI>
<LI><I class=ri-eye-line></I>0</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">24℃</LI></UL>
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<H2 class=title><A href="http://halo.carrywho.com/archives/83" target=_self>Simulink中的代数环</A> </H2>
<DIV class=main-content>Simulink中的代数环Double Sampling的两种传输函数DoubleSampling的基本原理是，对输入信号进行两次采样，从而达到提升3dB SNR的效果。因此便存在两种处理方式。将输入信号翻倍，等效提升采样频率到2*Fs &gt; 传输函数(1+Z-1)/(1-Z-1)参考论文</DIV>
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<LI>9 个月前 </LI>
<LI><I class=ri-eye-line></I>3</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
<LI><I class=ri-thumb-up-line></I>0</LI>
<LI style="COLOR: #ffa87e">24.3℃</LI></UL>
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<H2 class=title><A href="http://halo.carrywho.com/archives/82" target=_self>DSM中Dither的注入方式</A> </H2>
<DIV class=main-content>DSM中Dither的注入方式CIFF中的Dither注入在DSM中，为了打散量化器的输出pattern，以及抑制idle tone的影响，需要使用到dither，而dither的注入方式可以分为三种。【方法A】在量化器输入端注入【方法B】在第一级积分器输入端与量化器输入端同时注入【方法C】在第一级</DIV>
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<LI>9 个月前 </LI>
<LI><I class=ri-eye-line></I>5</LI>
<LI><I class=ri-question-answer-line></I>0</LI>
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<LI style="COLOR: #ffa87e">24.5℃</LI></UL>
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